A new genetic study claims alien DNA could be inserted into humans. Dr. Max Rempel, a molecular biologist with a PhD from the Institute of Gene Biology in Moscow, believes strands of non-human DNA, possibly belonging to aliens, may have been inserted inside certain families.
New study claims alien DNA may have been ‘inserted’ into humans
Dr. Max Rempel explores the possibility of alien DNA being inserted into humans. He sampled 581 families for his research and tested their genetic data in the public 1,000 Genomes Project. He found that at least 11 families had large chunks of DNA that didn’t belong to either parent or their immediate family (via VICE).
Out of the 581 genetic samples, at least 348 variants did not match up to modern gene-editing tools like CRISPR, since these genetic samples existed even before modern technology came into use.
In a report from his nonprofit, the DNA Resonance Research Foundation, Dr. Rempel writes that aliens may have inserted DNA into humans. This explains why some people possess extraordinary abilities like telepathy, heightened perception, or clairvoyance. “Humanity may be undergoing genetic transformation,” he reasoned (via The Daily Mail).
Furthermore, Dr. Rempel also tested samples from people who claim aliens, or extraterrestrial beings, abducted them. Some genetic samples showed traces of “non-parental markers,” which is DNA coming from neither parent but instead perhaps an alien. He believes aliens targeted specific individuals and bloodlines, and researchers are now exploring the criteria behind this selection.
Dr. Rempel revealed, “If confirmed, it could be possible to detect which humans carry alien DNA,” continuing, “Essentially identifying hybrids.”
However, UFO researchers and scientists have warned people against blindly believing these alien abduction reports. Nigel Watson, author of Portraits of Alien Encounters Revisited, stated, “We need to carefully verify these accounts before drawing conclusions about DNA.”
Dr. Rempel, too, confessed that current technology and genetic sampling might not produce accurate results and is looking to expand his research to better understand this phenomenon. “We need better data, and approval takes time,” he concluded.
